CN106644169A - Automatic calibrating apparatus of electrothermometer - Google Patents
Automatic calibrating apparatus of electrothermometer Download PDFInfo
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- CN106644169A CN106644169A CN201611038518.XA CN201611038518A CN106644169A CN 106644169 A CN106644169 A CN 106644169A CN 201611038518 A CN201611038518 A CN 201611038518A CN 106644169 A CN106644169 A CN 106644169A
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- fixture stand
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- water tank
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01K—MEASURING TEMPERATURE; MEASURING QUANTITY OF HEAT; THERMALLY-SENSITIVE ELEMENTS NOT OTHERWISE PROVIDED FOR
- G01K15/00—Testing or calibrating of thermometers
- G01K15/007—Testing
-
- G—PHYSICS
- G05—CONTROLLING; REGULATING
- G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
- G05B19/00—Programme-control systems
- G05B19/02—Programme-control systems electric
- G05B19/04—Programme control other than numerical control, i.e. in sequence controllers or logic controllers
- G05B19/05—Programmable logic controllers, e.g. simulating logic interconnections of signals according to ladder diagrams or function charts
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- General Physics & Mathematics (AREA)
- Engineering & Computer Science (AREA)
- Automation & Control Theory (AREA)
- Radiation Pyrometers (AREA)
- Measuring And Recording Apparatus For Diagnosis (AREA)
Abstract
The invention discloses an automatic calibrating apparatus of electrothermometers. The automatic calibrating apparatus comprises two constant temperature water tanks, a thermometer clamp support, a conveying guide rail mechanism, and two detection assemblies. The conveying guide rail mechanism is arranged in front of and also above the two constant temperature water tanks. The thermometer clamp support is arranged on the conveying guide rail mechanism, and carries the electrothermometers. The two detection assemblies are arranged on the conveying guide rail mechanism to face the two constant temperature water tanks. A recovery groove is arranged below the conveying guide rail mechanism. The thermometer clamp support drives a lower edge to circularly move between the two constant temperature water tanks and the recovery groove through the conveying guide rail mechanism, so the electrothermometers are circularly carried to be detected. The automatic calibrating apparatus is simple in structure and low in cost, and solves a problem that the electrothermometers need to be mounted on the support during detection. Therefore, detection steps are reduced, and the stability of the apparatus is high.
Description
Technical field
The present invention relates to a kind of automatic calibrator of electronic thermometer, more particularly to one kind are applied to electric body-temperature family planning
Produce the automatic calibrator of streamline.
Technical background
Electronic thermometer can rapidly and accurately measure body temperature, compared with traditional glass mercury thermometer, with reading
Number is convenient, and time of measuring is short, and certainty of measurement is high, can remember and have the advantages that buzzing is pointed out, and especially electronic thermometer is not aqueous
Silver, it is harmless to human body and surrounding environment, it is particularly suitable for the occasions such as family, hospital and uses.And manufacturing enterprise, medical institutions with
And need that electronic thermometer is identified to judge whether it qualified in measurement verification department.Traditional calibration method is artificial
Calibrating, but artificial calibrating has that many i.e. human eyes occur fatigue after prolonged running, it may appear that by mistake
The problems such as reading, flase drop, missing inspection.Simultaneously with the rising of labor cost, artificial calibrating increased cost.Electron at this stage
The loading attachment of temperature meter calibrating, on disposable calibrating amounts, by electronic thermometer, fixture stand, thermostat stabilization time
Affect, calibrating efficiency is than relatively low.
Chinese invention patent publication number CN 103054561A, publication date on April 24th, 2013, patent name《Electric body-temperature
Meter automatic on-line verification system》, the method discloses one kind can place branched electron by designing one for electronic thermometer
The fixture stand of temperature meter improves the calibrating efficiency of electronic thermometer；Electric body-temperature is loaded and unloaded automatically by designing frame for movement
Meter fixture stand, improves the automaticity of device.The device is disadvantageous in that：The device of electronic thermometer fixture stand and unload
Load clinical thermometer is required for manually operated；The apparatus structure is complicated, and cost is very high；The device volume is larger, and area occupied is wider；Should
Device fixture is connected simply with fixture stand, the extremely difficult realization of working condition, does not account for when ring-shaped guide rail quickly rotates, by
In the inertia of fixture stand, fixture can be made to separate with fixture stand, so as to the calibrating of electronic thermometer cannot be realized.
The content of the invention
In order to solve problem present in background technology, it is an object of the invention to it is automatic to propose a kind of electronic thermometer
Calibrating installation, can overcome original electronic thermometer automatic verification system to need handling electronic thermometer manually, and high cost,
Floor space is big, the low shortcoming of efficiency, and carries out automatic Verification suitable for electronic thermometer production line.
In order to realize the purpose of the present invention, using following technical scheme：
The present invention includes the first Water Tank with Temp.-controlled, the second Water Tank with Temp.-controlled, clinical thermometer fixture stand, conveying mechanism and two groups of inspections
Component is surveyed, the first Water Tank with Temp.-controlled, the second Water Tank with Temp.-controlled side in conveyer belt placed side by side, conveying mechanism is arranged on two
The positive front upper place of Water Tank with Temp.-controlled, is provided with clinical thermometer fixture stand in conveying mechanism, the rack-mounted load electronic thermometer of clinical thermometer fixture,
One group of detection components, conveying machine are respectively installed in first Water Tank with Temp.-controlled and the positive conveying mechanism of the second Water Tank with Temp.-controlled
Structure lower section is provided with accumulator tank；Clinical thermometer fixture stand drives lower edge through the first Water Tank with Temp.-controlled, second permanent by conveying mechanism
Loopy moving between warm water tank and accumulator tank, cyclical loadings electronic thermometer is simultaneously examined and determine.
Described conveying mechanism include it is main by the first working track, the second working track, the first turning track, the
The conveying of spacing is arranged and left to the circular orbit and correspondence parallel with circular orbit that two turning tracks are constituted with rest track
Band；First working track and the second working track are located at place circular orbit top, the first turning track and the second turning track
Place circular orbit both sides turning is located at respectively, and rest track is located at place circular orbit bottom, the first working track, second
Working track is respectively placed in directly over the second Water Tank with Temp.-controlled of the first Water Tank with Temp.-controlled, and rest track installation is in the lower section of conveyer belt；
The clinical thermometer fixture stand includes fixing end and the movable end being hinged, and fixing end is fixed on the conveyor belt, and movable end is embedded into
In circular orbit, clinical thermometer fixture stand drives the movement of lower edge circular orbit in conveyer belt；First working track, the second working track
Spacing is left and conveyer belt between, between the gap and conveyer belt between the first working track and the second working track use is provided with
In by clinical thermometer fixture stand movable end from the first working track move on to the second working track change geosynclinal convex；Second working track and
Be provided between gap and conveyer belt between second turning track for by clinical thermometer fixture stand movable end from the second working track
The geosynclinal convex that goes out for moving on to the second turning track rises；The second contiguous block, the second connection are provided between second turning track and rest track
Block is that clinical thermometer fixture stand is after the second turning track to the second contiguous block, clinical thermometer fixture stand with bevelled support block
Movable end Jing the second contiguous block supports are simultaneously gradually transitions vertically placement by horizontal positioned, and clinical thermometer fixture stand movable end is through the
Its free end end is embedded into rest track after two contiguous blocks；The first connection is provided between rest track and the first turning track
Block, the first contiguous block is that clinical thermometer fixture stand is after rest track to the first contiguous block, clinical thermometer with bevelled support block
Fixture stand movable end Jing the first contiguous block supports are simultaneously gradually transitions horizontal positioned, clinical thermometer fixture stand movable end by vertically placement
The fixture stand scroll end of its end is embedded into the first turning track after the first contiguous block.
Described clinical thermometer fixture stand includes fixture stand fixture and clinical thermometer frame, and fixture stand fixture is fixed on conveyer belt
On, electronic thermometer is loaded on clinical thermometer frame, clinical thermometer frame one end and fixture stand fixture are connected through the hinge, and clinical thermometer frame is another
One end is provided with fixture stand scroll end, and fixture stand scroll end is embedded into each bar track of the conveying mechanism, by roller
Along track movement.
The first described Water Tank with Temp.-controlled is the Water Tank with Temp.-controlled that water temperature is 37 degrees Celsius, and fluctuating range is positive and negative 0.05 Celsius
Degree；Second Water Tank with Temp.-controlled is the Water Tank with Temp.-controlled that water temperature is 41 degrees Celsius, and fluctuating range is positive and negative 0.05 degree Celsius.
The described geosynclinal convex that changes plays and goes out the groove top surface that geosynclinal convex is each attached to Water Tank with Temp.-controlled.
In the circular orbit, in addition to being directly connected between the first turning track and the first working track, remaining any phase
Spacing is left between adjacent two tracks.
First Water Tank with Temp.-controlled, the second Water Tank with Temp.-controlled are placed side by side on the side of conveyer belt, in the opposite side of conveyer belt
Detection components are fixed with, detection components include industry camera and infrared sensor, and infrared sensor is located at industry camera side
Side, infrared sensor is fixed in the metal profile of conveyer belt by infrared sensor support, and industry camera is also secured at
In the metal profile of conveyer belt, metal profile is located at the lower section of belt conveyor, for keeping stablizing for belt conveyor, industry
Camera and infrared sensor are towards the working track of circular orbit.
PLC and computer are also equipped with the frame of described conveyer belt.PLC is used
In control conveyer belt Running at a constant speed, realize clinical thermometer fixture stand between the first Water Tank with Temp.-controlled, the second Water Tank with Temp.-controlled and accumulator tank
Loopy moving, cyclical loadings electronic thermometer is simultaneously examined and determine.PLC is taken the photograph with infrared sensor and industry simultaneously
As head is connected, and can be communicated with computer.
Computer is used to connect industry camera, and can be communicated with PLC, fills on computer
There are Labview softwares, image procossing can be carried out to the photo captured by industry camera, now electric body-temperature can be analyzed
The temperature that meter shows, and compared with temperature set on Water Tank with Temp.-controlled, so as to judge whether electronic thermometer now closes
Lattice.
Compared with prior art, it is an advantage of the invention that：
Present configuration is simple, and low cost, the electric body-temperature count number that once can be examined and determine is higher, can be applied to electricity
In daughter temperature meter production line, the automatic Verification of electronic thermometer is realized, solve electronic thermometer needs in calibrating
The problem of frame, so as to reduce verification step, the stability of device is higher.
Description of the drawings
Fig. 1 is the general structure schematic diagram of apparatus of the present invention；
Fig. 2 is the structural representation that clinical thermometer fixture stand is run in the first working track；
Fig. 3 is that clinical thermometer fixture stand protrudes out into the second working track structural representation from the first working track through changing groove
Figure；
Fig. 4 is the structural representation that clinical thermometer fixture stand is run in the second working track；
Fig. 5 for clinical thermometer fixture stand from the and structure that working track protrudes out into the second turning track through going out groove is shown
It is intended to；
Fig. 6 is the structural representation that clinical thermometer fixture stand will leave the second working track；
Fig. 7 leaves the second turning track, the structural representation contacted with the second contiguous block for clinical thermometer fixture stand；
Fig. 8 is that clinical thermometer fixture stand leaves the second contiguous block into the structural representation of rest track；
Fig. 9 is the structural representation that clinical thermometer fixture stand will leave rest track；
Figure 10 leaves rest track for clinical thermometer fixture stand, the structural representation contacted with the first contiguous block；
Figure 11 will leave the first contact soon for clinical thermometer fixture stand, into the structural representation of the first turning track；
Figure 12 is the structural representation of clinical thermometer fixture stand；
Figure 13 is industry camera, fixture stand changes groove, go out groove and clinical thermometer is illustrated into the position of clinical thermometer fixture stand
Figure；
Figure 14 is the workflow diagram of apparatus of the present invention.
In figure：1：Clinical thermometer fixture stand；2：Electronic thermometer；3：First working track；4：Change geosynclinal convex to rise；5：First constant temperature
Tank；6：Second Water Tank with Temp.-controlled；7：Second working track；8：Go out geosynclinal convex to rise；9：Second turning track；10：Second contiguous block；
11：Second fixture；12：Rest track；13：Industry camera；14：Conveyer belt；15：First fixture；16：First connection
Block；17：First turning track；18：Clinical thermometer frame；19：Fixture stand fixture；20：PLC；21：Computer；
22：Infrared sensor support；23：Infrared sensor；24：Fixture stand scroll end.
Specific embodiment：
The specific embodiment of the present invention is described in detail below according to accompanying drawing：
As shown in figure 1, the present invention includes that the first Water Tank with Temp.-controlled 5, the second Water Tank with Temp.-controlled 6, clinical thermometer fixture stand 1, conveying are led
Rail mechanism and two groups of detection components, the first Water Tank with Temp.-controlled 5, the second Water Tank with Temp.-controlled 6 are placed side by side, and conveying mechanism is arranged on two
The positive front upper place of individual Water Tank with Temp.-controlled, is provided with clinical thermometer fixture stand 1 in conveying mechanism, clinical thermometer fixture stand 1 loads electron
Temperature meter, in the first Water Tank with Temp.-controlled 5 and the positive conveying mechanism of the second Water Tank with Temp.-controlled 6 one group of detection components is respectively provided with, defeated
Guide rail mechanism lower section is sent to be provided with accumulator tank；Clinical thermometer fixture stand 1 drives lower edge through the first thermostatted water by conveying mechanism
Loopy moving between groove 5, the second Water Tank with Temp.-controlled 6 and accumulator tank, cyclical loadings electronic thermometer is simultaneously examined and determine.
As shown in figure 12, clinical thermometer fixture stand 1 includes fixing end and the movable end being hinged, and fixing end is fixed on conveyer belt
On 14, movable end is embedded into circular orbit, and clinical thermometer fixture stand 1 drives the movement of lower edge circular orbit in conveyer belt 14.Specifically
Ground, clinical thermometer fixture stand 1 includes fixture stand fixture 19 and clinical thermometer frame 18, and fixture stand fixture 19 is fixed on conveyer belt 14
On, electronic thermometer is loaded on clinical thermometer frame 18, clinical thermometer frame 18 as movable end, fixture stand fixture 19 as fixing end,
The tip of electronic thermometer is extend into the water of Water Tank with Temp.-controlled down through clinical thermometer frame 18, the one end of clinical thermometer frame 18 and fixture stand
Fixture 19 is connected through the hinge, and the other end of clinical thermometer frame 18 is provided with fixture stand scroll end 24, and fixture stand scroll end 24 is embedded into
In each bar track of the conveying mechanism, moved along circular orbit by roller.
As shown in figure 1, conveying mechanism includes mainly being turned by the first working track 3, the second working track 7, first
The circular orbit and correspondence parallel with circular orbit that track 17, the second turning track 9 are constituted with rest track 12 is arranged and stayed
There is the conveyer belt 14 of spacing, conveyer belt 14 is arranged horizontally in two constant temperature along the direction of first the 5 to the second Water Tank with Temp.-controlled of Water Tank with Temp.-controlled 6
The front of tank, the first Water Tank with Temp.-controlled 5 and the second Water Tank with Temp.-controlled 6 are simultaneously emitted on one side of conveyer belt 14.The He of first working track 3
Second working track 7 is located at place circular orbit top, and the first turning track 17 and the second turning track 9 are located at respectively place ring
Shape track both sides turning, rest track 12 is located at place circular orbit bottom, the first working track 3,7 points of the second working track
It is not placed in directly over second Water Tank with Temp.-controlled 6 of the first Water Tank with Temp.-controlled 5, rest track 12 is arranged on the lower section of conveyer belt 14, first
Turning track 17 is placed between the first working track 3 and rest track 12, and the second turning track 9 is placed in the He of the second working track 7
Between rest track 12.In circular orbit, in addition to being directly connected between the first turning track 17 and the first working track 3, remaining
Spacing is left between two tracks of arbitrary neighborhood.
As shown in figure 3, the first working track 3, the second working track 7 leave spacing and conveyer belt 14 between, first
Between the working track 7 of working track 3 and second, while being provided between working track and conveyer belt 14 for by clinical thermometer fixture
The movable end of frame 1 from the first working track 3 move on to the second working track 7 change geosynclinal convex 4, change geosynclinal convex and rise and 4 be fixed on Water Tank with Temp.-controlled
Groove top surface, clinical thermometer fixture stand 1 risen at 4 to changing geosynclinal convex after the first working track 3, and middle part is changed geosynclinal convex and plays 4 lifts and make
Obtain its movable end to cross after Water Tank with Temp.-controlled cell wall into the second working track 7.
As shown in figure 5, between the second working track 7 and the second turning track 9, while in working track and conveyer belt 14
Between be provided with for by the movable end of clinical thermometer fixture stand 1 from the second working track 7 move on to the second turning track 9 go out geosynclinal convex 8,
Go out geosynclinal convex and play the 8 groove top surfaces for being fixed on Water Tank with Temp.-controlled, clinical thermometer fixture stand 1 plays 8 to going out geosynclinal convex after the second working track 7
Place, middle part is gone out geosynclinal convex 8 and is lifted so that its movable end is crossed enter after Water Tank with Temp.-controlled cell wall the second turning track 9.
As shown in Fig. 6, Fig. 7 and Fig. 8, the second contiguous block 10 is provided between the second turning track 9 and rest track 12, second
Contiguous block 10 is with bevelled support block, for the placement of the movable end of clinical thermometer fixture stand 1 to be carried out into transition, the second contiguous block
10 are connected by the second fixture 11 with the frame of conveyer belt 14, and clinical thermometer fixture stand 1 is after the second turning track 9 to second
Contiguous block 10, the second contiguous block 10 causes clinical thermometer fixture stand 1 to connect block 10 through second from the second curved track 9 and smoothly enters rest
Track 12, the support of 1 the second contiguous blocks of movable end Jing of clinical thermometer fixture stand 10 is simultaneously gradually transitions vertically placement, body by horizontal positioned
The temperature meter movable end of fixture stand 1 its free end end after the second contiguous block 10 is embedded into rest track 12；
As shown in Fig. 9, Figure 10 and Figure 11, the first contiguous block 16 is provided between the turning track 17 of rest track 12 and first,
First contiguous block 16 is that, with bevelled support block, for the placement of the movable end of clinical thermometer fixture stand 1 to be carried out into transition, first connects
Connect block 16 to be connected with the frame of conveyer belt 14 by the first fixture 15, clinical thermometer fixture stand 1 is after rest track 12 to
One contiguous block 16, the first contiguous block 16 causes clinical thermometer fixture stand 1 smoothly to enter through the first contiguous block 16 from rest track 12
First turning track 17, the support of 1 the first contiguous blocks of movable end Jing of clinical thermometer fixture stand 16 is simultaneously gradually transitions water by vertically placement
Placing flat, the movable end of clinical thermometer fixture stand 1 its free end end after the first contiguous block 16 is embedded into the first turning track 17
In.
As shown in figure 13, the first Water Tank with Temp.-controlled 5, the second Water Tank with Temp.-controlled 6 are placed side by side on one end of conveyer belt 14, in conveying
Detection components are fixed with 14 other end, detection components include industry camera 13 and infrared sensor 23, infrared sensor
23 are located at the side of industry camera 13, and infrared sensor 23 is fixed on the metal of conveyer belt 14 by infrared sensor support 22
On fagging, industry camera 13 is also secured in the metal profile of conveyer belt 14, and metal profile is located under belt conveyor
Side, for keeping stablizing for belt conveyor, industry camera 13 and infrared sensor 23 are towards the working track of circular orbit
It is respectively used to gather the visible images of electronic thermometer and through state.
It is as shown in figure 14, of the invention that to be embodied as the course of work as follows：
The first Water Tank with Temp.-controlled 5 being embodied as is the Water Tank with Temp.-controlled that water temperature is 37 degrees Celsius, and fluctuating range is positive and negative 0.05；
Second Water Tank with Temp.-controlled 6 is the Water Tank with Temp.-controlled that water temperature is 41 degrees Celsius, and fluctuating range is positive and negative 0.05.
As shown in accompanying drawing 1, accompanying drawing 2, accompanying drawing 3, accompanying drawing 4, accompanying drawing 5, accompanying drawing 13, the control conveying of PLC 20
With 14 motion, folder is produced and entered to the electronic thermometer 2 in the location A of Figure 13 of fixture stand 1 from clinical thermometer production line
In tool frame 1, the probe of the lower end of electronic thermometer 2 is immersed in 37 degrees Celsius of Water Tank with Temp.-controlled through the base plate of fixture stand fixture 19
In 5 water, then fixture stand 1 starts forward movement with conveyer belt 14, and now electronic thermometer 2 is taken the photograph with fixture stand 1 37
Move in the Water Tank with Temp.-controlled 5 of family name's degree.
When fixture stand 1 moves to the B location of Figure 13, (i.e. infrared sensor 23 has electronics in detecting clinical thermometer fixture stand
During clinical thermometer), PLC 20 stops conveyer belt 14, the now control of PLC 20 industry camera
The registration of 13 pairs of electronic thermometers 2 is taken pictures, and sends image processing command to computer 21, and computer 21 is received
After the order of PLC 20, image procossing is carried out to the photo captured by industry camera 13.
After the completion of taking pictures, fixture stand 1 is continued to move along with conveyer belt 14, when fixture stand 1 plays 4 through changing geosynclinal convex, body
Temperature meter frame 19 lifts upwards and away from the first working track 3, and electronic thermometer 2 leaves 37 degrees Celsius of Water Tank with Temp.-controlled 5.Work as fixture
Frame 1 is left when changing geosynclinal convex 4, and clinical thermometer frame 19 is moved downwardly into 7 in the second working track, and electronic thermometer 2 into 41 is taken the photograph
In the Water Tank with Temp.-controlled 6 of family name's degree.Fixture stand 1 is moved forward with conveyer belt 14, and now the probe of the lower end of electronic thermometer 2 is through folder
The base plate of tool frame fixture 19 is immersed in 41 degrees Celsius of the water of Water Tank with Temp.-controlled 6.
When fixture stand 1 moves to the location of C of Figure 13, (i.e. infrared sensor 23 has electronics in detecting clinical thermometer fixture stand
During clinical thermometer), PLC 20 stops conveyer belt 14, the now control of PLC 20 industry camera
The registration of 13 pairs of electronic thermometers 2 is taken pictures, and sends image processing command to computer 21, and computer 21 is received
After the order of PLC 20, image procossing is carried out to the photo captured by industry camera 13.
After the completion of taking pictures, fixture stand 1 is continued to move along with conveyer belt 14, when fixture stand 1 plays 8 through going out geosynclinal convex, body
Temperature meter frame 19 lifts upwards and away from the second working track 7, and electronic thermometer 2 leaves 41 degrees Celsius of liter warm water tank 6.Work as fixture
When frame 1 leaves out geosynclinal convex 8, clinical thermometer frame 19 is moved down and into the second turning track 9.Clap twice on 21 pairs, computer
The photo taken the photograph compares through image procossing and with the temperature value of standard, has determined that whether the electronic thermometer 2 is qualified.
Fixture stand 1 is moved in the second turning track 9 finally, due to clinical thermometer fixture stand 1 entirely spins upside down, fixture stand
Fixture 19 also overturns, and clinical thermometer is dropped out clinical thermometer fixture stand 1 in the accumulator tank of lower section by gravity fall.Electronic thermometer 2
Separate with fixture stand 1, then as shown in accompanying drawing 6, accompanying drawing 7, accompanying drawing 8, fixture stand 2 with the movement of conveyer belt 14, from second turn
Curved track 9 leaves, and by the ramp effect of the second contiguous block 10 by inverted horizontality gradually transition vertical state
Into in rest track 12, as shown in accompanying drawing 9, accompanying drawing 10, accompanying drawing 11 fixture stand 2 with the movement of conveyer belt 14, from rest rail
Road 12 leaves, and is entered in the first turning track 17 by the first contiguous block 16, and then fixture stand 1 is entered from the first turning track 17
In entering the first working track 3, a now circulation terminates.
Claims (8)
1. a kind of electronic thermometer automatic calibrator, it is characterised in that：Including the first Water Tank with Temp.-controlled (5), the second Water Tank with Temp.-controlled
(6), clinical thermometer fixture stand (1), conveying mechanism and two groups of detection components, the first Water Tank with Temp.-controlled (5), the second Water Tank with Temp.-controlled
(6) the same side in conveying mechanism placed side by side, conveying mechanism is arranged on the positive front upper place of two Water Tanks with Temp.-controlled, conveying
Clinical thermometer fixture stand (1) is installed, clinical thermometer fixture stand (1) loads electronic thermometer, the first Water Tank with Temp.-controlled (5) on guide rail mechanism
Set with being respectively provided with the positive conveying mechanism of the second Water Tank with Temp.-controlled (6) below one group of detection components, conveying mechanism
There is accumulator tank；Clinical thermometer fixture stand (1) drives lower edge through the first Water Tank with Temp.-controlled (5), the second constant temperature by conveying mechanism
Tank (6) loopy moving and accumulator tank between, cyclical loadings electronic thermometer is simultaneously examined and determine.
2. a kind of electronic thermometer automatic calibrator according to claim 1, it is characterised in that：Described conveying
Mechanism includes main by the first working track (3), the second working track (7), the first turning track (17), the second turning track
(9) conveyer belt of spacing is arranged and left to the circular orbit and correspondence parallel with circular orbit for constituting with rest track (12)
(14)；First working track (3) and the second working track (7) positioned at place circular orbit top, the first turning track (17) and
Second turning track (9) is located at respectively place circular orbit both sides turning, and rest track (12) is under the circular orbit of place
Portion, the first working track (3), the second working track (7) are being respectively placed in second Water Tank with Temp.-controlled (6) of the first Water Tank with Temp.-controlled (5) just
Top, lower section of the rest track (12) installed in conveyer belt (14)；The clinical thermometer fixture stand (1) is including the fixing end being hinged
And movable end, fixing end is fixed on conveyer belt (14), and movable end is embedded into circular orbit, and clinical thermometer fixture stand (1) is defeated
Band (14) is sent to drive the movement of lower edge circular orbit；
First working track (3), the second working track (7) leave spacing, the first working track (3) and conveyer belt (14) between
And second be provided between the gap and conveyer belt (14) between working track (7) for by clinical thermometer fixture stand (1) movable end from
First working track (3) moves on to the geosynclinal convex that changes of the second working track (7) and plays (4)；Second working track (7) and the second turning track
(9) be provided between the gap and conveyer belt (14) between for by clinical thermometer fixture stand (1) movable end from the second working track (7)
The geosynclinal convex that goes out for moving on to the second turning track (9) plays (8)；The second company is provided between second turning track (9) and rest track (12)
Block (10) is connect, the second contiguous block (10) is that clinical thermometer fixture stand (1) is through the second turning track (9) with bevelled support block
Afterwards to the second contiguous block (10), clinical thermometer fixture stand (1) movable end the second contiguous blocks of Jing (10) support and by horizontal positioned gradually
Vertically placement is transitioned into, clinical thermometer fixture stand (1) movable end its free end end after the second contiguous block (10) is embedded into not
In breath track (12)；The first contiguous block (16), the first contiguous block are provided between rest track (12) and the first turning track (17)
(16) it is that clinical thermometer fixture stand (1) is after rest track (12) to the first contiguous block (16), body temperature with bevelled support block
Meter fixture stand (1) movable end the first contiguous blocks of Jing (16) support is simultaneously gradually transitions horizontal positioned, thermometer clip by vertically placement
Tool frame (1) movable end its end after the first contiguous block (16) is embedded into the first turning track (17).
3. a kind of electronic thermometer automatic calibrator according to claim 1, it is characterised in that：Described thermometer clip
Tool frame (1) includes fixture stand fixture (19) and clinical thermometer frame (18), and fixture stand fixture (19) is fixed on conveyer belt (14),
Electronic thermometer is loaded on clinical thermometer frame (18), clinical thermometer frame (18) one end and fixture stand fixture (19) are connected through the hinge,
Clinical thermometer frame (18) other end is provided with fixture stand scroll end (24), and fixture stand scroll end (24) is embedded into the conveying mechanism
Each bar track in, by roller along track move.
4. a kind of electronic thermometer automatic calibrator according to claim 1, it is characterised in that：The first described constant temperature
Tank (5) is the Water Tank with Temp.-controlled that water temperature is 37 degrees Celsius, and fluctuating range is positive and negative 0.05 degree Celsius；Second Water Tank with Temp.-controlled (6) is
Water temperature is 41 degrees Celsius of Water Tank with Temp.-controlled, and fluctuating range is positive and negative 0.05 degree Celsius.
5. a kind of electronic thermometer automatic calibrator according to claim 2, it is characterised in that：The described geosynclinal convex that changes rises
(4) and go out geosynclinal convex and play (8) to be each attached to the groove top surface of Water Tank with Temp.-controlled.
6. a kind of electronic thermometer automatic calibrator according to claim 2, it is characterised in that：The circular orbit
In, in addition to being directly connected between the first turning track (17) and the first working track (3), between two tracks of remaining arbitrary neighborhood
Leave spacing.
7. a kind of electronic thermometer automatic calibrator according to claim 1, it is characterised in that：The conveyer belt (14)
On be fixed with detection components, detection components include industry camera (13) and infrared sensor (23), infrared sensor (23) position
In industry camera (13) side, infrared sensor (23) is fixed on conveyer belt (14) by infrared sensor support (22),
Industry camera (13) and infrared sensor (23) are towards the working track of circular orbit.
8. a kind of electronic thermometer automatic calibrator according to claim 1, it is characterised in that：Described conveyer belt
(14) PLC (20) and computer (21) are also equipped with frame.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201611038518.XA CN106644169B (en) | 2016-11-11 | 2016-11-11 | Automatic calibrating device for electronic thermometer |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201611038518.XA CN106644169B (en) | 2016-11-11 | 2016-11-11 | Automatic calibrating device for electronic thermometer |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN106644169A true CN106644169A (en) | 2017-05-10 |
| CN106644169B CN106644169B (en) | 2023-08-18 |
Family
ID=58811139
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201611038518.XA Active CN106644169B (en) | 2016-11-11 | 2016-11-11 | Automatic calibrating device for electronic thermometer |
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| CN110076101A (en) * | 2019-01-31 | 2019-08-02 | 辽宁科技大学 | A kind of mercurial thermometer intelligent calibration sorting system and control method |
| CN110231109A (en) * | 2019-06-14 | 2019-09-13 | 中国计量大学 | Chain-plate type efficent electronic clinical thermometer error of indication calibrating installation and method |
| CN110687266A (en) * | 2019-11-11 | 2020-01-14 | 广东省计量科学研究院 | Calibrating device for calibration of dissolved oxygen tester and working method thereof |
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